1. Brunel University Research Archive

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Results 2851-2860 of 3554 (Search time: 0.012 seconds).
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Issue DateTitleAuthor(s)
30-Nov-2018Experimental understanding on the dynamics of micro-explosion and puffing in ternary emulsion dropletsAvulapati, MM; Megaritis, A; Xia, J; Ganippa, L
18-Jul-2022Ultralow Sulfur Diesel and Rapeseed Methyl Ester Fuel Impact on Performance, Emitted Regulated, Unregulated, and Nanoparticle PollutantsChaichan, MT; Fayad, MA; Al Ezzi, A; Dhahad, HA; Megaritis, T; Yusaf, T; Al-Amiery, A; Wan Isahak, WNR
3-Feb-2022Computational analysis of an HCCI engine fuelled with hydrogen/hydrogen peroxide blendsDimitrova, LD; Megaritis, T; Ganippa, LC; Tingas, E-A
10-Mar-2020Evaluating the potential of a long carbon chain oxygenate (octanol) on soot reduction in diesel enginesRuiz-Rodriguez, I; Cracknell, R; Parkes, M; Megaritis, T; Ganippa, L
13-Nov-2020Development and Validation of a TRNSYS Type to Simulate Heat Pipe Heat Exchangers in Transient Applications of Waste Heat RecoveryBrough, D; Ramos, J; Delpech, B; Jouhara, H
12-Aug-2020Evaluation of waste heat recovery technologies for the cement industryFierro, JJ; Escudero-Atehortua, A; Nieto-Londoño, C; Giraldo, M; Jouhara, H; Wrobel, LC
7-Nov-2017Acid emissions monitoring needs in ceramic tile industry: Challenges derived from new policy trendsCelades, I; Gomar, S; Romero, F; Chauhan, A; Delpech, B; Jouhara, H
24-Dec-2019Experimental investigation of a radiative heat pipe for waste heat recovery in a ceramics kilnDelpech, B; Axcell, B; Jouhara, H
11-Jun-2018Energy efficiency enhancement and waste heat recovery in industrial processes by means of the Heat Pipe technology: case of the ceramic industryDelpech, B; Milani, M; Montorsi, L; Boscardin, D; Chauhan, A; Almahmoud, S; Axcell, B; Jouhara, H
28-Oct-2020Cross-Cutting Technologies for Developing Innovative BIPV Systems in the Framework of the PVadapt ProjectPeppas, A; Kollias, K; Jouhara, H; Scotton, M; Kakardakos, T

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